def new_report(thing):
if isinstance(thing, Link):
sr = Subsciteit._byID(thing.sr_id)
add_queries([get_reported_links(sr)], insert_items = thing)
elif isinstance(thing, Comment):
sr = Subsciteit._byID(thing.sr_id)
add_queries([get_reported_comments(sr)], insert_items = thing)
def build_sr_tree(root_id):
"""Builds the tree below this point."""
from r2.models import Subsciteit
tree=[root_id]
undone=Subsciteit._byID(root_id).children
while undone:
tree.extend(undone)
tmp=Subsciteit._byID(undone)
undone=[]
for k in tmp:
if tmp[k].children:
undone.extend(tmp[k].children)
return tree
def update_karmas():
for pair in to_update():
user = Account._byID(pair[0], True)
sr = Subsciteit._byID(pair[1], True)
print user.name, sr.name
user.incr_karma('comment', sr, 20)
def get_spam(sr):
if isinstance(sr, ModContribSR):
srs = Subsciteit._byID(sr.sr_ids(), return_dict=False)
results = [ get_spam_links(sr) for sr in srs ]
return merge_results(*results)
else:
return merge_results(get_spam_links(sr),
get_spam_comments(sr))
def multi_load_tree(sr_ids):
srs = Subsciteit._byID(sr_ids, return_dict = False)
res = {}
for sr in srs:
trees = subsciteit_messages_nocache(sr)
if trees:
res[sr._id] = trees
return res
def get_reported(sr):
if isinstance(sr, ModContribSR):
srs = Subsciteit._byID(sr.sr_ids(), return_dict=False)
results = []
results.extend(get_reported_links(sr) for sr in srs)
results.extend(get_reported_comments(sr) for sr in srs)
return merge_results(*results)
else:
return merge_results(get_reported_links(sr),
get_reported_comments(sr))
def _by_srid(things,srs=True):
"""Takes a list of things and returns them in a dict separated by
sr_id, in addition to the looked-up subsciteits"""
ret = {}
for thing in tup(things):
if getattr(thing, 'sr_id', None) is not None:
ret.setdefault(thing.sr_id, []).append(thing)
if srs:
_srs = Subsciteit._byID(ret.keys(), return_dict=True) if ret else {}
return ret, _srs
else:
return ret
def run():
#rss = get_sr_rss()
#names = rss.keys()
#Build tree order, this will be from root to leaves.
order=build_sr_tree(Subsciteit._by_name(g.default_sr)._id)
#Populate RSS in the other order...
order.reverse()
for sr_id in order:
sr = Subsciteit._byID(sr_id)
if sr.rss_source:
#ac=Account._byID(srob.moderators[0])
ac=Account._by_name(g.system_user)
print "Populating %s as %s using feed |%s|" % (sr.name,ac.name,sr.rss_source)
submit_rss_links(sr.name,sr.rss_source,user=ac._id)
def set_last_sr_ban(self, things):
by_srid = {}
for thing in things:
if getattr(thing, 'sr_id', None) is not None:
by_srid.setdefault(thing.sr_id, []).append(thing)
if by_srid:
srs = Subsciteit._byID(by_srid.keys(), data=True, return_dict=True)
for sr_id, sr_things in by_srid.iteritems():
sr = srs[sr_id]
sr.last_mod_action = datetime.now(g.tz)
sr._commit()
sr._incr('mod_actions', len(sr_things))
def store_keys(key, maxes):
# we're building queries using queries.py, but we could make the
# queries ourselves if we wanted to avoid the individual lookups
# for accounts and subsciteits.
# Note that we're only generating the 'sr-' type queries here, but
# we're also able to process the other listings generated by the
# old migrate.mr_permacache for convenience
userrel_fns = dict(liked = queries.get_liked,
disliked = queries.get_disliked,
saved = queries.get_saved,
hidden = queries.get_hidden)
if key.startswith('user-'):
acc_str, keytype, account_id = key.split('-')
account_id = int(account_id)
fn = queries.get_submitted if keytype == 'submitted' else queries.get_comments
q = fn(Account._byID(account_id), 'new', 'all')
q._insert_tuples([(fname, float(timestamp))
for (timestamp, fname)
in maxes])
elif key.startswith('sr-'):
sr_str, sort, time, sr_id = key.split('-')
sr_id = int(sr_id)
if sort == 'controversy':
# I screwed this up in the mapper and it's too late to fix
# it
sort = 'controversial'
q = queries.get_links(Subsciteit._byID(sr_id), sort, time)
q._insert_tuples([tuple([item[-1]] + map(float, item[:-1]))
for item in maxes])
elif key.startswith('domain/'):
d_str, sort, time, domain = key.split('/')
q = queries.get_domain_links(domain, sort, time)
q._insert_tuples([tuple([item[-1]] + map(float, item[:-1]))
for item in maxes])
elif key.split('-')[0] in userrel_fns:
key_type, account_id = key.split('-')
account_id = int(account_id)
fn = userrel_fns[key_type]
q = fn(Account._byID(account_id))
q._insert_tuples([tuple([item[-1]] + map(float, item[:-1]))
for item in maxes])
def new_comment(comment, inbox_rels):
author = Account._byID(comment.author_id)
job = [get_comments(author, 'new', 'all'),
get_comments(author, 'top', 'all'),
get_comments(author, 'controversial', 'all')]
sr = Subsciteit._byID(comment.sr_id)
if comment._deleted:
job_key = "delete_items"
job.append(get_sr_comments(sr))
job.append(get_all_comments())
else:
job_key = "insert_items"
if comment._spam:
job.append(get_spam_comments(sr))
amqp.add_item('new_comment', comment._fullname)
if not g.amqp_host:
add_comment_tree([comment])
job_dict = { job_key: comment }
add_queries(job, **job_dict)
# note that get_all_comments() is updated by the amqp process
# r2.lib.db.queries.run_new_comments (to minimise lock contention)
if inbox_rels:
for inbox_rel in tup(inbox_rels):
inbox_owner = inbox_rel._thing1
job_dict = { job_key: inbox_rel }
if inbox_rel._name == "inbox":
inbox_func = get_inbox_comments
unread_func = get_unread_comments
elif inbox_rel._name == "selfreply":
inbox_func = get_inbox_selfreply
unread_func = get_unread_selfreply
else:
raise ValueError("wtf is " + inbox_rel._name)
add_queries([inbox_func(inbox_owner)], **job_dict)
if comment._deleted:
add_queries([unread_func(inbox_owner)], **job_dict)
else:
set_unread(comment, inbox_owner, True)
def assign_trial(account, juries_already_on, ip, slash16):
from r2.models import Jury, Subsciteit, Trial
from r2.lib.db import queries
defendants_assigned_to = []
for jury in juries_already_on:
defendants_assigned_to.append(jury._thing2_id)
subscribed_sr_ids = Subsciteit.user_subsciteits(account, ids=True, limit=None)
# Pull defendants, except ones which already have lots of juryvotes
defs = Trial.all_defendants(quench=True)
# Filter out defendants outside this user's subscribed SRs
defs = filter (lambda d: d.sr_id in subscribed_sr_ids, defs)
# Dictionary of sr_id => SR for all defendants' SRs
srs = Subsciteit._byID(set([ d.sr_id for d in defs ]))
# Dictionary of sr_id => eligibility bool
submit_srs = {}
for sr_id, sr in srs.iteritems():
submit_srs[sr_id] = sr.can_submit(account) and not sr._spam
# Filter out defendants with ineligible SRs
defs = filter (lambda d: submit_srs.get(d.sr_id), defs)
likes = queries.get_likes(account, defs)
if not g.debug:
# Filter out things that the user has upvoted or downvoted
defs = filter (lambda d: likes.get((account, d)) is None, defs)
# Prefer oldest trials
defs.sort(key=lambda x: x._date)
for defendant in defs:
sr = srs[defendant.sr_id]
if voir_dire(account, ip, slash16, defendants_assigned_to, defendant, sr):
j = Jury._new(account, defendant)
return defendant
return None
def new_link(link):
"Called on the submission and deletion of links"
sr = Subsciteit._byID(link.sr_id)
author = Account._byID(link.author_id)
results = [get_links(sr, 'new', 'all',no_children=True)]
# we don't have to do hot/top/controversy because new_vote will do
# that
results.append(get_submitted(author, 'new', 'all'))
for domain in utils.UrlParser(link.url).domain_permutations():
results.append(get_domain_links(domain, 'new', "all"))
if link._spam:
results.append(get_spam_links(sr))
add_queries(results, insert_items = link)
amqp.add_item('new_link', link._fullname)
def get_modqueue(sr):
results = []
if isinstance(sr, ModContribSR):
srs = Subsciteit._byID(sr.sr_ids(), return_dict=False)
results.append(get_trials_links(srs))
for sr in srs:
results.append(get_reported_links(sr))
results.append(get_reported_comments(sr))
results.append(get_spam_links(sr))
results.append(get_spam_comments(sr))
else:
results.append(get_trials_links(sr))
results.append(get_reported_links(sr))
results.append(get_reported_comments(sr))
results.append(get_spam_links(sr))
results.append(get_spam_comments(sr))
return merge_results(*results)
def get_trials(sr):
if isinstance(sr, ModContribSR):
srs = Subsciteit._byID(sr.sr_ids(), return_dict=False)
return get_trials_links(srs)
else:
return get_trials_links(sr)
